A Comparative Experimental Study with and Without Epoxy Bonded Thin Sheet AISI 304 TIG Welded Lap Joint

EasyChair Preprint no. 5863

Abstract

This paper aims to study the analysis of diversified applications of epoxy based materials in the current perspectives of environmental responsibilities as the modernization has imbued so much threats in respect of pollution and global warming. The applications of epoxy has found a niche in the present scenario world-wide. An exhaustive understanding in this respect can claim several advantages in the present century. Thin sheet welding has enormous contributions in various industrial applications. The study revealed that AISI 304 2mm thick sheet epoxy araldite smeared at the boundaries 100mm x 60mm TIG lap weld has ultimate stress of 190 MPa as compared with normal TIG lap weld of having 180 MPa. This also ensures that the epoxy TIG lap joint is advantageous in respect of joint efficiency.

Keyphrases: AISI 304 stainless steel, Epoxy resin, Lap joint, TIG

@Booklet{EasyChair:5863,
  author = {Jayanta Ghosh Roy and N. Yuvraj and Vipin},
  title = {A Comparative Experimental Study with and Without Epoxy Bonded Thin Sheet AISI 304 TIG Welded Lap Joint},
  howpublished = {EasyChair Preprint no. 5863},

  year = {EasyChair, 2021}}